دانلود کتاب دستگاه های انرژی امواج

The book Wave Energy Devices: Design, Development, and Experimental Studies is an intensive effort, backed up with the very rich experiences in teaching, research, and industrial consultancies of the authors with international exposure. The contents are distributed in five chapters, each focusing on developing expertise and strengthening the research abilities in the wave energy harvest. Detailed discussions on the design and development of floating wave energy converters, mechanical wave energy converters, and offshore wind turbines are testimonies of research- backed development on the new arena of wave energy. There has been a positive kick- start of high- value research contributions by scientists worldwide, based on the detailed experimental and numerical studies presented in various chapters. Industrialbacked experience possessed by the authors in designing and developing offshore wind turbines in alignment with the international guidelines are added factors to this book. Although a classroom mode of presentation is not adopted, the contents discussed in the step- by- step procedures help us to understand the design and development of wave energy devices from scratch. The inclusion of the conceptual development of multi- utility development devices like TSUSUCA is a stimulator for young researchers to diversify their ideas for commercial success. The use of perforated cylinders, though finding a wider application in coastal structures, wave energy harvesting will result in force reduction on members. The basic concepts of ocean waves and wind will help graduate engineers and researchers strengthen their numerical modeling techniques while helping practicing engineers revisit the mathematical models. Failure assessment, discussed in a few chapters, helps achieve a complete product development of wave energy devices using simple but effective reliability tools. A variety of mechanical components, their sizing, design principles, and final product development help readers achieve a workflow in the design of wave energy devices.